CN107911923A - The light modulation output method and light adjusting controller of light adjusting controller - Google Patents

The light modulation output method and light adjusting controller of light adjusting controller Download PDF

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Publication number
CN107911923A
CN107911923A CN201711139760.0A CN201711139760A CN107911923A CN 107911923 A CN107911923 A CN 107911923A CN 201711139760 A CN201711139760 A CN 201711139760A CN 107911923 A CN107911923 A CN 107911923A
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CN
China
Prior art keywords
light
allocation plan
relay
virtual controlling
circuit module
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Granted
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CN201711139760.0A
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Chinese (zh)
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CN107911923B (en
Inventor
李敬召
姚道敏
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Opple Lighting Co Ltd
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Opple Lighting Co Ltd
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Priority to CN201711139760.0A priority Critical patent/CN107911923B/en
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    • H—ELECTRICITY
    • H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
    • H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
    • H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
    • H05B47/10—Controlling the light source
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
    • Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection

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  • Circuit Arrangement For Electric Light Sources In General (AREA)

Abstract

The present invention provides the light modulation output method and light adjusting controller of a kind of light adjusting controller, this method includes：For the light adjusting controller, virtual controlling return circuit module is set, wherein, the virtual controlling return circuit module includes relay switch dummy unit corresponding with relay, and/or, light modulation output control unit corresponding with light regulator part；At least one allocation plan in light adjusting controller on the matching relationship between relay and light regulator part is determined according to lighting demand；Corresponding virtual controlling return circuit module is respectively started for each allocation plan as follows：Relay switch dummy unit in the virtual controlling return circuit module of this allocation plan is corresponding with actual relay, implements control operation.And the light modulation output control unit in the virtual controlling return circuit module of this allocation plan is corresponding with actual light regulator part, implements control operation.The utilization rate of light adjusting controller is greatly improved using the present invention.

Description

The light modulation output method and light adjusting controller of light adjusting controller
Technical field
The present invention relates to Lighting control field, light modulation output method and light modulation control more particularly to a kind of light adjusting controller Device processed.
Background technology
In Lighting control field, light adjusting controller is that possess change the luminous flux of light source in lighting device, adjust illumination water A kind of flat electric device.The basic principle of light adjusting controller is the current effective value for changing input power to reach the mesh of light modulation , it typically is provided with multicircuit relay (OnOff) and plurality of voltages/current regulation output control device (light regulator part Level). Light adjusting controller realizes the switch of lighting device by the switch for controlling the switch of relay to realize lighting device, by controlling light The intensity of light source is adjusted in adjusting means.
At present, light adjusting controller is the hardware device for directly controlling relay and light regulator part, and light adjusting controller is in itself Control ability limited amount, the quantity of the relay that can be controlled and light regulator part is also limited, this causes light modulation to control The dilatation ability of device processed is limited, if lighting device needs more dimming arrangements, it is necessary to add new light adjusting controller, cause to provide The waste in source.
The content of the invention
In view of the above problems, it is proposed that the present invention overcomes the above problem in order to provide one kind or solves at least in part State the light modulation output method and light adjusting controller of the light adjusting controller of problem.
One side according to the embodiment of the present invention, there is provided a kind of light modulation output method of light adjusting controller, light modulation control Device processed includes the relay OnOff of at least one control light source switch and the light regulator part of at least one control light modulation output Level, the light adjusting controller by it includes relay control light source switch, by it includes light regulator part pair Light source carries out intensity adjustment, it is characterised in that the described method includes：
For the light adjusting controller set virtual controlling return circuit module, wherein, the virtual controlling return circuit module include with The corresponding relay switch dummy unit of relay, and/or, light modulation output control unit corresponding with light regulator part；
Determined according to lighting demand in the light adjusting controller between the relay and the light regulator part At least one allocation plan with relation；
Corresponding virtual controlling return circuit module is respectively started for each allocation plan as follows：In this allocation plan Corresponding relay is selected in virtual controlling return circuit module for relay switch dummy unit, and it is empty by relay switch Quasi-simple member is controlled the relay of selection operation, and, it is light modulation in the virtual controlling return circuit module of this allocation plan Output control unit selects corresponding light regulator part, and the light of selection is adjusted by the light modulation output control unit Device is controlled operation, to control the output of the light source.
Alternatively, corresponding virtual controlling return circuit module is respectively started for each allocation plan as follows, including：
When is relay is used alone in the allocation plan, starting for the allocation plan only includes relay switch virtually list The virtual controlling return circuit module of member；
When is light regulator part is used alone in the allocation plan, starting for the allocation plan only includes light modulation output control The virtual controlling return circuit module of unit；
When the allocation plan is applied in combination for relay and light regulator part, for the allocation plan start at the same time including after The virtual controlling return circuit module of electric switch dummy unit and light modulation output control unit.
Alternatively, when the allocation plan is applied in combination for relay and light regulator part, relay switch dummy unit There are binding action relationships between the two with light modulation output control unit.
Alternatively, the binding action relationships bag of the relay switch dummy unit and light modulation output control unit between the two Include：
When the relay switch dummy unit control relay is turned on and off, the light modulation output control unit control The intensity of light source is adjusted to predetermined strength by its corresponding light regulator part；Or
When the light modulation output control unit controls its corresponding light regulator part light source is adjusted to by force to predetermined strength, institute Relay switch dummy unit control relay is stated to automatically turn on or close.
Alternatively, when the light adjusting controller includes multiple relays and/or multiple light regulator parts, if according to illumination need Ask and determine multiple allocation plans that any device is used alone, and multiple allocation plans that both are applied in combination, the side Method further includes：
Independent virtual controlling return circuit module is configured for the device of each exclusive use；And
The virtual controlling return circuit module used can be combined for other device configurations being applied in combination；
It is independent mutually between each virtual controlling return circuit module.
Alternatively, it is at the end of any this use of virtual controlling return circuit module, relay switch therein is virtually single Corresponding hardware disconnects respectively for member and light modulation output control unit, so that configuration next time uses.
Alternatively, when the lighting demand is adjusted, the method further includes：
New allocation plan is determined according to the lighting demand after adjustment；
Further, established virtual controlling return circuit module is adjusted according to new allocation plan.
Alternatively, the new allocation plan of the basis adjusts established virtual controlling return circuit module, including：
If new allocation plan is reduced relative to original allocation plan, directly release reduces the corresponding virtual controlling in part Return circuit module；
If new allocation plan increases relative to original allocation plan, increase new virtual controlling circuit for newly-increased part Module；
If new allocation plan is to have done project setting relative to original allocation plan, changed according to Adjusted Option existing Virtual controlling return circuit module and hardware device between connection relation.
Based on another aspect of the present invention, the embodiment of the present invention also provides a kind of light adjusting controller, including at least one Control the relay OnOff of light source switch and the light regulator part Level of at least one control light modulation output, the brightness adjustment control Device by it includes relay control light source switch, by it includes light regulator part to light source carry out intensity adjustment, It is characterized in that, the light adjusting controller further includes：
Virtual controlling return circuit module, is arranged at the light adjusting controller, wherein, the virtual controlling return circuit module include with The corresponding relay switch dummy unit of relay, and/or, light modulation output control unit corresponding with light regulator part；
Determining module, suitable for being determined according to lighting demand in the light adjusting controller on the relay and the light tune Save at least one allocation plan of the matching relationship between device；
The virtual controlling return circuit module is further adapted for being respectively started for each allocation plan as follows corresponding virtual Control loop module：It is corresponding for the selection of relay switch dummy unit in the virtual controlling return circuit module of this allocation plan Relay, and operation is controlled to the relay of selection by relay switch dummy unit, and, in this allocation plan In virtual controlling return circuit module in for light modulation output control unit select corresponding light regulator part, and pass through the tune Light output control unit is controlled operation to the light regulator part of selection, to control the output of the light source.
Alternatively, the virtual controlling return circuit module is further adapted for：
When is relay is used alone in the allocation plan, starting for the allocation plan only includes relay switch virtually list The virtual controlling return circuit module of member；
When is light regulator part is used alone in the allocation plan, starting for the allocation plan only includes light modulation output control The virtual controlling return circuit module of unit；
When the allocation plan is applied in combination for relay and light regulator part, for the allocation plan start at the same time including after The virtual controlling return circuit module of electric switch dummy unit and light modulation output control unit.
Alternatively, when the allocation plan is applied in combination for relay and light regulator part, relay switch dummy unit There are binding action relationships between the two with light modulation output control unit.
Alternatively, the binding action relationships bag of the relay switch dummy unit and light modulation output control unit between the two Include：
When the relay switch dummy unit control relay is turned on and off, the light modulation output control unit control The intensity of light source is adjusted to predetermined strength by its corresponding light regulator part；Or
When the light modulation output control unit controls its corresponding light regulator part light source is adjusted to by force to predetermined strength, institute Relay switch dummy unit control relay is stated to automatically turn on or close.
Alternatively, when the light adjusting controller includes multiple relays and/or multiple light regulator parts, if according to illumination need Ask and determine multiple allocation plans that any devices are used alone, and it is multiple both are applied in combination allocation plan when,
The light adjusting controller further includes：Independent virtual controlling return circuit module is configured for the device of each exclusive use； And the virtual controlling return circuit module used can be combined for other device configurations being applied in combination；Each virtual controlling return circuit module Between it is independent mutually.
Alternatively, it is at the end of any this use of virtual controlling return circuit module, relay switch therein is virtually single Member and light modulation output control unit are distinguished corresponding hardware and are disconnected, so that configuration next time uses.
Alternatively, when the lighting demand is adjusted, the light adjusting controller further includes：
New allocation plan is determined according to the lighting demand after adjustment, it is further, built according to new allocation plan adjustment Vertical virtual controlling return circuit module.
Alternatively, the light adjusting controller further includes：
If new allocation plan is reduced relative to original allocation plan, directly release reduces the corresponding virtual controlling in part Return circuit module；
If new allocation plan increases relative to original allocation plan, increase new virtual controlling circuit for newly-increased part Module；
If new allocation plan is to have done project setting relative to original allocation plan, changed according to Adjusted Option existing Virtual controlling return circuit module and hardware device between connection relation.
Based on another aspect of the present invention, the embodiment of the present invention also provides a kind of light modulation output electronics of light adjusting controller Equipment, including：
Processor；And
The memory of storage computer executable instructions is arranged to, the executable instruction makes the place when executed Manage the light modulation output method for the light adjusting controller that device is performed described in any of the above-described.
Based on another aspect of the present invention, the light modulation output that the embodiment of the present invention also provides a kind of light adjusting controller calculates Machine readable storage medium storing program for executing, wherein, the computer-readable recording medium storage one or more program, one or more of journeys Sequence by the electronic equipment including multiple application programs when being performed so that the electronic equipment performs the tune described in any of the above-described The light modulation output method of optical controller.
In an embodiment of the present invention, can be that light adjusting controller sets virtual controlling return circuit module, by the relay of hardware Device and light regulator part software implementation and objectification, using in virtual controlling return circuit module relay switch dummy unit control after Electric appliance hardware, part is adjusted using the dimming control unit control light in virtual controlling return circuit module.It is possible thereby to according to reality Lighting demand flexibly adjust the matching relationship of relay and light regulator part in light adjusting controller, not only solve by after Electric appliance and light regulator part are also solved relay and light adjusting as communication interaction problem caused by separate modular work Device is firmly raw to bind together caused the problem of utilization rate is low, dilatation is indifferent.Also, because of virtual controlling circuit The setting of module so that matched relay and light regulator part is configurable selection, selects performance to greatly increase, group The realization of state is more easy, can significantly reduce configuration complexity in actual use and use, understand difficulty.
Described above is only the general introduction of technical solution of the present invention, in order to better understand the technological means of the present invention, And can be practiced according to the content of specification, and in order to allow above and other objects of the present invention, feature and advantage can Become apparent, below especially exemplified by the embodiment of the present invention.
According to the accompanying drawings will be brighter to the detailed description of the specific embodiment of the invention, those skilled in the art Above-mentioned and other purposes, the advantages and features of the present invention.
Brief description of the drawings
By reading the detailed description of hereafter preferred embodiment, it is various other the advantages of and benefit it is common for this area Technical staff will be clear understanding.Attached drawing is only used for showing the purpose of preferred embodiment, and is not considered as to the present invention Limitation.And in whole attached drawing, identical component is denoted by the same reference numerals.In the accompanying drawings：
Fig. 1 shows the structure diagram of virtual controlling return circuit module according to an embodiment of the invention；
Fig. 2 shows the mentality of designing Organization Chart of virtual controlling return circuit module according to an embodiment of the invention；
Fig. 3 shows the code implementation relation class figure of virtual controlling return circuit module according to an embodiment of the invention；
Fig. 4 shows the process flow of the light modulation output method of light adjusting controller in accordance with a preferred embodiment of the present invention Figure；
Fig. 5 shows virtual controlling return circuit module neutron attribute module configuring condition table according to an embodiment of the invention The implication division shown represents to be intended to；
Fig. 6 shows according to embodiments of the present invention one virtual controlling circuit Logical Configuration schematic diagram；
Fig. 7 shows according to embodiments of the present invention one another virtual controlling circuit Logical Configuration schematic diagram；
Fig. 8 shows according to embodiments of the present invention two virtual controlling circuit Logical Configuration schematic diagram；
Fig. 9 shows according to embodiments of the present invention three virtual controlling circuit Logical Configuration schematic diagram；
Figure 10 shows the structure diagram of light adjusting controller according to an embodiment of the invention.
Embodiment
The exemplary embodiment of the disclosure is more fully described below with reference to accompanying drawings.Although the disclosure is shown in attached drawing Exemplary embodiment, it being understood, however, that may be realized in various forms the disclosure without should be by embodiments set forth here Limited.Conversely, there is provided these embodiments are to be able to the more thorough understanding disclosure, and can be by the scope of the present disclosure Completely it is communicated to those skilled in the art.
To solve above-mentioned technical problem, the present invention with reference to different mentalities of designing：
1st, object oriented analysis (OOA, Object Oriented Analysis) is taken
2nd, object oriented designing (OOD, Object Oriented Design)
3rd, the programming (OOP, Object Oriented Programming) of object-oriented
Wherein,
1st, object oriented analysis is come decomposing system according to domain the problem of being abstracted key.
2nd, object oriented designing is that a kind of object-oriented for providing Design of Symbols system realizes process, it is with very connecing The method of nearly practical field term is configured to system the object of " real world ".
3rd, Object-oriented Programming Design is considered as a kind of in a program comprising object that is various independent and calling mutually Thought, this is just opposite with traditional thought：A series of set that program is regarded as to functions is advocated in traditional programming, or Person is directly exactly a series of instructions assigned to computer.Each object in Object-oriented Programming Design should be able to receive Pair data, handle data and communicate data to other objects, therefore they can be seen as small-sized " machine ", i.e., As.
The embodiment of the present invention is starting point by using object-oriented OO thoughts, there is provided a kind of general virtual control loop Software Design and Realization scheme.This technical solution can solve that single logic control is cumbersome, more logic controls are complicated actually asks Topic.The method have the characteristics that relay switch control module and voltage/electricity can be provided simultaneously with by fictionalizing one kind by realizing The model of the control of the logic control element of output control module function is flowed, works as front lit control for generalization and intelligent solution The polynary complication of control loop and poorly efficient utilization rate and the indifferent practical problem of dilatation in system.
Technical concept based on Object-oriented Programming Design, the preferred embodiment of the present invention provide a kind of light adjusting controller Dim output method.In embodiments of the present invention, by each object (relay, light regulator part etc.) in light adjusting controller It is considered as independent main body, and according to different functions for applied to the main body of function setting virtual controlling circuit, practical application In, can be by setting virtual controlling return circuit module to be used for actual virtual controlling circuit.Fig. 1 shows a reality according to the present invention Apply the structure diagram of the virtual controlling return circuit module of example.Referring to Fig. 1, virtual controlling return circuit module 100 includes and relay The corresponding relay switch dummy unit 110 of this hardware (alternatively referred to as OnOff modules), and/or, with light regulator part this The corresponding light modulation output control unit 120 of hardware (alternatively referred to as Level modules).In Fig. 1, relay switch dummy unit 110 and relay 130 connect, and dim output control unit 120 and light regulator part 140 connects.
Fig. 2 shows the mentality of designing Organization Chart with the corresponding virtual controlling return circuit modules of Fig. 1, OnOff moulds therein Relay switch dummy unit in block corresponding diagram 1, connects with actual OnOff relays.Tune in Level modules corresponding diagram 1 Light output control unit, connects with actual Level light regulators part.Fig. 2 can be relatively sharp relative to the structure diagram of Fig. 1 Clearly give expression to the design concept in virtual controlling circuit.Fig. 3 shows the virtual of virtual controlling return circuit module corresponding with Fig. 1 Code realizes class figure.
Fig. 4 shows the processing stream of the light modulation output method of light adjusting controller according to a preferred embodiment of the present invention Cheng Tu, this method are realized on the architecture basics based on Fig. 1-3 virtual controlling return circuit modules provided.
Wherein, light adjusting controller includes the relay OnOff of at least one control light source switch and at least one control Dim output light regulator part Level, light adjusting controller by it includes relay control light source switch, pass through its bag The light regulator part contained carries out intensity adjustment to light source.Referring to Fig. 4, this method includes at least step S402 to step S406：
Step S402, for light adjusting controller set virtual controlling return circuit module, wherein, virtual controlling return circuit module include with The corresponding relay switch dummy unit of relay, and/or, light modulation output control unit corresponding with light regulator part.
Step S404, determined according to lighting demand in light adjusting controller on matched between relay and light regulator part At least one allocation plan.
Step S406, corresponding virtual controlling return circuit module is respectively started for each allocation plan as follows：Specifically Ground, selects corresponding relay in this allocation plan virtual controlling return circuit module for relay switch dummy unit, and Operation is controlled to the relay of selection by relay switch dummy unit, and, in the virtual controlling of this allocation plan Corresponding light regulator part is selected for light modulation output control unit in return circuit module, and by dimming output control unit pair The light regulator part of selection is controlled operation, to control the output of light source.
In an embodiment of the present invention, can be that light adjusting controller sets virtual controlling return circuit module, by the relay of hardware Device and light regulator part software implementation, utilize the actual relay of the relay switch dummy unit control in virtual controlling return circuit module Device, using the actual light regulator part of the light modulation output control unit control in virtual controlling return circuit module, it is possible thereby to according to Actual lighting demand flexibly adjusts the matching relationship of relay and light regulator part in light adjusting controller, not only solves Using relay and light regulator part as communication interaction problem caused by separate modular work, also solve relay and light Adjusting means is firmly raw to bind together caused the problem of utilization rate is low, dilatation is indifferent, can significantly reduce reality Configuration complexity and use during use, understand difficulty.
In practical applications, virtual controlling return circuit module can be realized by control logic unit block, itself is according to logic Configure self instigation command signal.Specifically, the control logic unit block of virtual controlling return circuit module is integrated into, can itself root Logical signal is passively excited according to timing logic, scene instruction, sequence instruction etc..Certainly, virtual controlling return circuit module can also connect Receive the control panel in network and call and carry out passive output control signal.According to the passive output control signal of control panel, its quilt Dynamic method of calling can be the network control mode that mechanical switch or bluetooth, wifi etc. can issue an order.
To implement the light modulation output method of light adjusting controller that the embodiment of the present invention is provided, can set one it is independent Main body is controlled, associative processor referred to hereafter is that the tool for controlling main body is mutually changed, and concrete application is limited by actual conditions, herein Do not repeat.
It should be noted that the virtual controlling return circuit module set in step S402 can be controlled in light adjusting controller Hardware device carries out light modulation output, because there is the presence of virtual controlling return circuit module, can just be become according to actual lighting demand Swap out the combination of a variety of relays and light regulator part, greatly improves the efficiency of light modulation output.
Step S404 in Fig. 4 points out, the embodiment of the present invention can be determined according to lighting demand in light adjusting controller on At least one allocation plan of matching relationship between relay and light regulator part.Specifically, allocation plan includes at least three kinds：
When is relay is used alone in the first allocation plan, start for the allocation plan virtual only including relay switch The virtual controlling return circuit module of unit；
When is light regulator part is used alone in second of allocation plan, starting for the allocation plan only includes light modulation output control The virtual controlling return circuit module of unit processed；
When the third allocation plan is applied in combination for relay and light regulator part, start for the allocation plan includes at the same time The virtual controlling return circuit module of relay switch dummy unit and light modulation output control unit.
Fig. 5 shows what neutron attribute module configuring condition in virtual controlling circuit according to an embodiment of the invention represented Implication division represents to be intended to.Referring to Fig. 5, configuration 1 is corresponding with the first allocation plan, only possesses the switch of relay OnOff Function, configuration 2 is corresponding with second of allocation plan, only possesses level dimming functions, configuration 3 and the third allocation plan phase It is corresponding, OnOff switches and level dimming functions are provided simultaneously with, configuration 4 is then another allocation plan, i.e., invalid virtual controlling Circuit, does not possess any function.
, can be according to actual illumination need when containing multiple relays and/or multiple light regulator parts in light adjusting controller Ask by setting virtual controlling return circuit module to determine a plurality of virtual controlling circuit, if it is to work independently there are multiple relays , then can be by virtual controlling loop configuration into only relay switch dummy unit, if having multiple relays and light regulator Part needs work in combination, then into multiple relay switch dummy units and virtual controlling loop configuration can be dimmed output control Unit corresponds, and controls actual relay and light regulator part, the corresponding virtual controlling circuit mould in each virtual controlling circuit Individualism between block, is independent of each other.
To ensure the reliability of light source, when allocation plan is relay and light regulator part work in combination, in this implementation In example, binding relationship can be set between relay switch dummy unit and light modulation output control unit.Preferably, binding relationship Can be in the following way：
When relay switch dummy unit control relay opens and closes, corresponding light modulation output control unit control Power strength is adjusted to predetermined intensity by light regulator part processed；Or
When light source is adjusted to predetermined strength by light modulation output control unit control light regulator part, corresponding relay is opened Close the automatic opening or closing of dummy unit control relay.
Binding relationship between relay switch dummy unit and light modulation output control unit can cause same virtual controlling The relay and light adjustment unit that return circuit module is connected can be considered as same operating unit, and it is right in actual use to solve In some lamps and lanterns in brightness less than the sudden strain of a muscle frequency phenomenon that a certain particular value is likely to occur, while also reduce relay switch is virtual Unit and light modulation output control unit carry out the risk and complexity of communication interaction as separate modular, meet OO exploitation designs Design.
Also, since use can be combined in relay switch dummy unit and light modulation output control unit, further solve existing Have technology repeat circuit and light adjustment unit correspond caused by the problems such as low complexity, combined few is applied in combination.
When lighting demand adjusts, it can be adjusted according to lighting demand and establish new virtual controlling return circuit module.Specifically Ground, new allocation plan are reduced relative to original allocation plan, then can directly discharge and reduce the corresponding virtual control in part Return circuit module processed；If new allocation plan increases relative to original allocation plan, increase new virtual controlling for newly-increased part Return circuit module；If new allocation plan is to have done project setting relative to original allocation plan, according to Adjusted Option change Connection relation between some virtual controlling return circuit module and hardware.
In addition, when any virtual controlling return circuit module terminates this in use, can be virtual by relay switch therein Unit and light modulation output control unit are disconnected with corresponding hardware respectively, so that configuration next time uses.
Embodiment one
What the light modulation output method of the light adjusting controller for each preferred embodiment above is provided illustrated is more clearly understood, Now it is introduced with light modulation output method of the one embodiment to light adjusting controller provided by the invention.It should be noted that this In embodiment, the light modulation output side for supporting the light adjusting controller of No. 6 relays and 6 road light regulator parts for light adjusting controller is chosen Method is introduced.This method flow chart as shown in figure 4, configured according to actual illumination demand to virtual controlling return circuit module, Specially：
Circuit 1-6 only configures OnOff modules
Circuit 7-12 only configures Level modules.
The Logical Configuration schematic diagram for the virtual controlling return circuit module corresponding with allocation plan that the embodiment of the present invention is provided As shown in Figure 6.Fig. 6 has been explicitly shown, and circuit 1-6 is only configured with OnOff modules and corresponds to actual relay control work, and simultaneously Level modules are not called, similarly, circuit 7-12 is only configured with Level modules and corresponds to actual light regulator part control light modulation Output, and do not call OnOff modules.It can be seen from the above that the use of virtual controlling return circuit module, can match somebody with somebody 6 original tunnels The scheme of putting extends to 12 tunnels, has expanded the quantity of logical circuit significantly.
Specifically, the present invention solves at the same time gives birth to raw the drawbacks of binding together firmly by OnOff modules and Level modules, Configuration complexity in actual use and use can be significantly reduced, understand difficulty.Such as：Support 6 road OnOff, 6 road Level Light adjusting controller, if will
OnOff_1 modules and Level_1 modules
OnOff_2 modules and Level_2 modules
OnOff_3 modules and Level_3 modules
OnOff_4 modules and Level_4 modules
OnOff_5 modules and Level_5 modules
OnOff_6 modules and Level_6 modules
If binding together, greatly limit and waste the control ability of light adjusting controller.
If in actual use, it is necessary to 3 OnOff modules and 3 Level modules and when being separately controlled, Yi Zhongdian The configuration scheme of type is：
OnOff_1 modules enable, Level_1 modules are vacant
OnOff_2 modules enable, Level_2 modules are vacant
OnOff_3 modules enable, Level_3 modules are vacant
OnOff_4 modules are vacant, Level_4 modules enable
OnOff_5 modules are vacant, Level_5 modules enable
OnOff_6 modules are vacant, Level_6 modules enable
Logical Configuration schematic diagram with the corresponding virtual controlling return circuit module of above-mentioned configuration scheme is as shown in fig. 7, wherein L* represents OnOff_* relay switch modules, and CH* represents Level_* light modulation output modules.A kind of typical case has been explicitly shown in Fig. 7 Mentality of designing, OnOff relay switches and Level light modulation output bind one by one, and correspond be solidified togather.It is actual to answer In, when occurring needing only to 3 OnOff modules and 3 Level i.e. satiable situations of module, other modules just by Leave unused, for the angle of design there are 50% waste.
And the scheme in virtual controlling circuit using the present invention, it is only necessary to 6 virtual controlling circuits are fictionalized,
Wherein
Circuit 1-3 only configures OnOff modules
Circuit 4-6 only configures Level modules
And remaining 3 road OnOff modules and 3 road Level modules still can individually or be used cooperatively
Such as
Circuit 7 is configured to OnOff_4 modules and is used at the same time with Level_4 modules
Circuit 8 is configured to OnOff_5 modules
Circuit 9 is configured to OnOff_6 modules and Level_5 modules
Circuit 10 is configured to Level_6 modules
......
The flexibility that the service efficiency for the system that is greatly improved and configuration are configured.
And OnOff modules and Level modules are returned as the submodule of virtual controlling return circuit module by virtual controlling at the same time Road module logic built is encapsulated in inside modules, obstacle and risk when reducing separately as 2 standalone module communication interactions, It can also be planned as a whole at the same time by unified internal control scheduler module, reach preferably collaboration linkage work.When virtual controlling is returned When road module is separately configured as OnOff modules or Level modules, and " conversion " that can be adaptively be single OnOff moulds Block or Level modules and exterior independent communication, flexibility and self-adaptation are greatly improved.Utilize the design of Target-oriented thought Thinking, can integrate and be expanded without overlapping development design by other modules that need to possess said function at the same time.
Specifically, corresponding virtual controlling return circuit module is respectively started for each allocation plan, including：When allocation plan is When relay is used alone, start the virtual controlling return circuit module for only including relay switch dummy unit for the allocation plan；
When is light regulator part is used alone in allocation plan, starting for the allocation plan only includes light modulation output control list The virtual controlling return circuit module of member；
When allocation plan is relay and light regulator part is applied in combination, start for the allocation plan includes relay at the same time Device switchs dummy unit and dims the virtual controlling return circuit module of output control unit；
When light adjusting controller needs relay to be applied in combination with light regulator part, then phase in virtual controlling return circuit module There are a kind of binding relationship between corresponding relay switch dummy unit and light modulation output control unit, the present embodiment is on list The such case solely configured, such case on being configured with binding relationship can carefully illustrate in embodiment two.
Further, can be according to illumination when containing multiple relays and/or multiple light regulator parts in light adjusting controller Demand determines various configurations scheme, including multiple allocation plans that any device is used alone and multiple is applied in combination both Allocation plan.
Specifically, it can be that the device being used alone configures independent virtual controlling circuit, and be applied in combination for other Device configuration the virtual controlling circuit that uses can be combined, each virtual controlling circuit is realized by virtual controlling return circuit module, and respectively It is independent mutually between virtual controlling return circuit module.
The example of step S402 is continued to use, when light adjusting controller needs No. 3 relays and 3 road light regulator part work in combination, 3 Road relay works independently with 3 road light regulator parts, then can be returned with one group of setting, one virtual controlling for work in combination Road, for one group of setting, the one virtual controlling circuit to work independently, realizes the virtual controlling circuit mould in two virtual controlling circuits Block independently of each other, is independent of each other in light adjusting controller.The a plurality of this scheme in virtual controlling circuit is set to be more suitable for containing multiple The light adjusting controller of relay and light regulator part, only give in the present embodiment it is a kind of in the case of virtual controlling circuit match somebody with somebody Scheme is put, certainly, in the case of other, the scheme of the present embodiment is also applicable.
It is then possible to established virtual controlling return circuit module is adjusted according to specific lighting demand.
Specifically, if new allocation plan is reduced relative to original allocation plan, it is corresponding to reduce part for directly release Virtual controlling return circuit module, if new allocation plan increases relative to original allocation plan, increases new void for newly-increased part Intend control loop module, if new allocation plan is to have done project setting relative to original allocation plan, according to Adjusted Option Change the connection relation between existing virtual controlling return circuit module and hardware device.
The example of step S406 is continued to use, if the illumination scheme after change only needs No. 5 relays and 5 road light regulator part lists Solely work, then can disconnect the OnOff_6 modules having more with Level_6 modules with corresponding actual hardware, after reaching change The light modulation output effect of illumination scheme.
If the illumination scheme after change has more the relay of work in combination all the way and light regulator part, can be in existing void Intend increasing one group of OnOff_7 module and Level_7 the modules relay of corresponding reality and light regulator part respectively in control loop, Reach the light modulation output effect of the illumination scheme after change.
In addition, when any virtual controlling return circuit module terminates this in use, can be virtual by relay switch therein Unit and light modulation output control unit are disconnected with corresponding hardware respectively, so that configuration next time uses.
Embodiment two
What the light modulation output method of the light adjusting controller for preferred embodiment above is provided illustrated is more clearly understood, existing It is introduced with light modulation output method of another embodiment to light adjusting controller provided by the invention.It should be noted that this In embodiment, same choose supports that the light adjusting controller of No. 6 relays and 6 road light regulator parts is defeated for the light modulation of light adjusting controller Go out method to be introduced.This method flow chart is as shown in figure 4, match somebody with somebody virtual controlling return circuit module according to actual illumination demand Put, be specially：
Circuit 1 configures OnOff_1 modules
Circuit 2 configures OnOff_2 modules and Level_2 modules
Circuit 3 configures Level_3 modules
Circuit 4 configures OnOff_4 modules and Level_4 modules
Circuit 5 configures OnOff_5 modules and Level_5 modules
Circuit 6 configures OnOff_6 modules and Level_6 modules
Circuit 7 configures Level_1 modules
Circuit 8 configures OnOff_3 modules
The embodiment of the present invention provides the Logical Configuration schematic diagram of virtual controlling return circuit module corresponding with allocation plan such as Shown in Fig. 8.Fig. 8 has been explicitly shown circuit 1 and configures OnOff_1 modules, and circuit 2 configures OnOff_2 modules and Level_2 modules, Circuit 3 configures Level_3 modules, and circuit 4 configures OnOff_4 modules and Level_4 modules, circuit 5 configure OnOff_5 modules with Level_5 modules, circuit 6 configure OnOff_6 modules and Level_6 modules, and circuit 7 configures Level_1 modules, and circuit 8 configures OnOff_3 modules, the OnOff modules and Level modules configured is corresponding with actual hardware respectively, control relay switch and Light modulation output, freely arranges allocation plan according to actual conditions, it is indifferent and low to solve script light adjusting controller dilatation The problem of imitating utilization rate.
Corresponding virtual controlling return circuit module is respectively started for each allocation plan in step S406, specifically, configuration When scheme is applied in combination for relay and light regulator part, exist between relay switch dummy unit and light modulation output control unit Bind action relationships.
The example of step S406 is continued to use, for the circuit 2 for configuring OnOff_2 modules and Level_2 modules at the same time, when When OnOff_2 modules control relay is turned on and off, corresponding Level_2 modules control its corresponding light regulator part by light Source strength is adjusted to predetermined strength.Likewise, when Level_2 modules control its corresponding light regulator part that light source is adjusted to pre- When determining intensity, OnOff_2 modules control relay is automatically turned on or closed.This binding relationship is substantially increased in practical operation Security it is very convenient because being to automatically control.
Further, can be according to reality when containing multiple relays and/or multiple light regulator parts in light adjusting controller Lighting demand sets virtual controlling return circuit module to be used for actual virtual controlling circuit.Specifically, can be that relay is used alone The independent virtual controlling circuit of one group of setting of device or light regulator part, and relay is applied in combination for other and light is adjusted The corresponding virtual controlling circuit of one group of setting of device, it is independent mutually between each virtual controlling return circuit module.
The example of step S902 is continued to use, can essentially be that a virtual controlling is designed in the circuit 2,4,5,6 of work in combination Circuit, a virtual controlling circuit is designed for the circuit 1,3,7,8 that works independently, virtual corresponding to two virtual controlling circuits Control loop intermodule is separate, is independent of each other.
It is then possible to established virtual controlling return circuit module is adjusted according to actual lighting demand.
Specifically, if new allocation plan is reduced relative to original allocation plan, it is corresponding to reduce part for directly release Virtual controlling return circuit module, if new allocation plan increases relative to original allocation plan, increases new void for newly-increased part Intend control loop module, if new allocation plan is to have done project setting relative to original allocation plan, according to Adjusted Option Change the connection relation between existing virtual controlling return circuit module and hardware.
The example of step S406 is continued to use, if the illumination scheme after change no longer needs the OnOff_3 modules pair that circuit 8 configures The control action for the actual relay answered, then can disconnect with corresponding actual relay by OnOff_3 modules, reach change The light modulation output effect of illumination scheme afterwards.
If the illumination scheme after change has more the relay of work in combination all the way and light regulator part, can be in existing void Increase one group of OnOff_7 module more in plan control loop module and come corresponding actual relay and light adjusting with Level_7 modules Device.
If relay all the way and light regulator part in addition all the way are reconfigured use by the illumination scheme after change, Corresponding OnOff_2 modules it can will be disconnected originally with Level_2 modules in existing virtual controlling return circuit module, by OnOff_ 2 modules, into actual hardware all the way, is controlled, reach the light modulation output of the illumination scheme after change with Level_3 block combiners Effect.
When any virtual controlling return circuit module terminate this in use, can by relay switch dummy unit therein with And light modulation output control unit is disconnected with corresponding hardware respectively, so that configuration next time uses.
Embodiment three
A kind of more free configuration mode is present embodiments provided, the present embodiment, which is equally chosen, supports No. 6 relays and 6 The light adjusting controller of road light regulator part is introduced for the light modulation output method of light adjusting controller.This method flow chart such as Fig. 4 It is shown, virtual controlling return circuit module is configured according to actual illumination demand, is specially：
Circuit 1 configures OnOff_1 modules and Level_6 modules
Circuit 2 configures OnOff_2 modules and Level_5 modules
Circuit 3 configures OnOff_3 modules
Circuit 4 configures OnOff_4 modules
Circuit 5 configures OnOff_5 modules and Level_1 modules
Circuit 6 configures Level_2 modules
Circuit 7 configures Level_3 modules
Circuit 8 configures Level_4 modules
The embodiment of the present invention provides the Logical Configuration schematic diagram with the corresponding virtual controlling return circuit module of allocation plan As shown in Figure 9.Fig. 9 has been explicitly shown：Circuit 1 configures OnOff_1 modules and Level_6 modules, and circuit 2 configures OnOff_2 moulds Block and Level_5 modules, circuit 3 configure OnOff_3 modules, and circuit 4 configures OnOff_4 modules, and circuit 5 configures OnOff_5 moulds Block and Level_1 modules, circuit 6 configure Level_2 modules, and circuit 7 configures Level_3 modules, and circuit 8 configures Level_4 moulds Block.The OnOff modules and Level modules configured is corresponding with actual hardware respectively, and control relay switch and light modulation export. For this more flexible allocation plan, the present embodiment simply for such a example, also has many kinds to match somebody with somebody accordingly Scheme is put, is no longer described in detail one by one herein.
The example of step S406 is continued to use, for the circuit 1 for configuring OnOff_1 modules and Level_6 modules at the same time, when When OnOff_1 modules control relay is turned on and off, corresponding Level_6 modules control its corresponding light regulator part by light Source strength is adjusted to predetermined strength.Likewise, when Level_6 modules control its corresponding light regulator part to be adjusted to light source by force During predetermined strength, OnOff_1 modules control relay is automatically turned on or closed.This binding relationship substantially increases practical operation In security, it is very convenient and because being to automatically control.
Further, can be according to illumination when containing multiple relays and/or multiple light regulator parts in light adjusting controller Demand sets virtual controlling return circuit module to be used for actual virtual controlling circuit.
Specifically, can be the independent virtual controlling circuit of one group of setting of exclusive use relay or light regulator part, And the corresponding virtual controlling circuit of one group of setting of relay and light regulator part is applied in combination for other, each virtual controlling is returned It is independent mutually between the module of road.
The example of step S402 is continued to use, can essentially be that a virtual controlling time is designed in the circuit 1,2,5 of work in combination A virtual controlling circuit is designed in road, the circuit 3,4,6,7,8 to work independently, and two virtual controlling return circuit modules are mutually only It is vertical, it is independent of each other.
It is then possible to established virtual controlling return circuit module is adjusted according to actual lighting demand.
Specifically, if new allocation plan is reduced relative to original allocation plan, it is corresponding to reduce part for directly release Virtual controlling return circuit module, if new allocation plan increases relative to original allocation plan, increases new void for newly-increased part Intend control loop module, if new allocation plan is to have done project setting relative to original allocation plan, according to Adjusted Option Change the connection relation between existing virtual controlling return circuit module and hardware.
The example of step S406 is continued to use, if the illumination scheme after change no longer needs the Level_4 module works that circuit 8 configures Make, then Level_4 modules and actual light regulator part can be disconnected, reach the light modulation output of the illumination scheme after change Effect.
If the illumination scheme after change has more the relay of work in combination all the way and light regulator part, can be in existing void Intend it is in control loop module more increase a circuit 9, OnOff_7 modules therein and Level_7 modules corresponding reality respectively Relay and light regulator part, reach the light modulation output effect of the illumination scheme after change.
, can be if the illumination scheme after change reconfigures relay all the way with other light regulator part all the way Corresponding OnOff_2 modules it will be disconnected originally with Level_5 modules in existing virtual controlling return circuit module, by OnOff_2 moulds Block, into actual hardware all the way, is controlled, reaches the effect of the light modulation output of the illumination scheme after change with Level_4 block combiners Fruit.
At the end of the circuit use of any bar virtual controlling, it can be disconnected with corresponding actual hardware, for The use of next time.
The design also specifies subsequent development and designs No. 8 controllers, No. 12 controllers, No. 16 controllers, the control of 32 tunnels at the same time Device processed is accomplished to draw inferences about other cases from one instance when different multiplexer (MUXs, masters one and you'll master a hundred when design is realized, has very big reference.For Industrial energy saving, intelligentized control method play positive effect, also play directiveness for subsequent design and Development of Modular design during exploitation Effect.
Based on same inventive concept, the embodiment of the present invention also provides a kind of light adjusting controller 1000, including at least one control The relay OnOff of the light source switch processed and light regulator part Level of at least one control light modulation output, light adjusting controller 1000 By it includes relay control light source switch, by it includes light regulator part to light source carry out intensity adjustment, should The structure of light adjusting controller is as shown in Figure 10, including virtual controlling return circuit module 100 and virtual controlling circuit mould shown in Fig. 1 The relay 130 that block 100 connects, light regulator part 140, and determining module 1100.
Virtual controlling return circuit module 100, is arranged at light adjusting controller 1000, wherein, virtual controlling return circuit module 100 includes Relay switch dummy unit 110 corresponding with relay 130, and/or, light modulation output control corresponding with light regulator part 140 Unit 120 processed.
Determining module 1100, suitable for being determined according to lighting demand in light adjusting controller 1000 on relay and light regulator At least one allocation plan of matching relationship between part.
Wherein virtual controlling return circuit module 100 is further adapted for corresponding void is respectively started for each allocation plan as follows Intend control loop module：It is right with it for the selection of relay switch dummy unit in the virtual controlling return circuit module of this allocation plan The relay answered, and operation is controlled to the relay of selection by relay switch dummy unit, and, in this configuration side Corresponding light regulator part is selected for light modulation output control unit in virtual controlling return circuit module in case, and passes through light modulation Output control unit is controlled operation to the light regulator part of selection, to control the output of light source.
Preferably, above-mentioned virtual controlling return circuit module 100 is further adapted for when is relay 130 is used alone in allocation plan, Starting for the allocation plan only includes the virtual controlling return circuit module 100 of relay switch dummy unit 110.
When is light regulator part 140 is used alone in allocation plan, starting for the allocation plan only includes light modulation output control The virtual controlling return circuit module 100 of unit 120 processed.
When allocation plan is relay 130 and light regulator part 140 is applied in combination, starts for the allocation plan and wrap at the same time Include relay switch dummy unit 110 and dim the virtual controlling return circuit module 100 of output control unit 120.
Preferably, the binding action relationships of relay switch dummy unit 110 and light modulation output control unit 120 between the two Further include：When the control relay 130 of relay switch dummy unit 110 is turned on and off, light modulation output control unit 120 controls The intensity of light source is adjusted to predetermined strength by its corresponding light regulator part 140；Or
When light source is adjusted to by force predetermined strength by its corresponding light regulator part 140 of the light modulation control of output control unit 120, Relay switch dummy unit 110 controls relay 130 to automatically turn on or close.
Preferably, when light adjusting controller 1000 includes multiple relays and/or multiple light regulator parts, if according to illumination need Ask and determine multiple allocation plans that any devices are used alone, and it is multiple both are applied in combination allocation plan when, light modulation Controller 1000 further includes：Independent virtual controlling return circuit module 100 is configured for the device of each exclusive use；And it is it The virtual controlling return circuit module 100 used can be combined in the device configuration that he is applied in combination；Between each virtual controlling return circuit module 100 It is independent mutually.
Preferably, when lighting demand is adjusted, light adjusting controller 1000 further includes：It is true according to the lighting demand after adjustment Fixed new allocation plan, further, established virtual controlling return circuit module 100 is adjusted according to new allocation plan.
Preferably, above-mentioned light adjusting controller further includes：If new allocation plan is reduced relative to original allocation plan, Directly release reduces the corresponding virtual controlling return circuit module 100 in part；If new allocation plan increases relative to original allocation plan Add, then increase new virtual controlling return circuit module 100 for newly-increased part；If new allocation plan is relative to original allocation plan Project setting is done, then the connection changed according to Adjusted Option between existing virtual controlling return circuit module 100 and hardware device is closed System.
To sum up, can be reached using the light modulation output method and light adjusting controller of light adjusting controller provided in an embodiment of the present invention To following beneficial effect：
In an embodiment of the present invention, can be that light adjusting controller sets virtual controlling return circuit module, by the relay of hardware Device and light regulator part software implementation and objectification, using in virtual controlling return circuit module relay switch dummy unit control after Electric appliance hardware, part is adjusted using the light modulation output control unit control light in virtual controlling return circuit module.It is possible thereby to flexibly Ground determines the matching relationship of relay and light regulator part in light adjusting controller according to actual illumination demand, not only solves The risk and complexity of communication interaction are carried out using relay and light regulator part as separate modular, is also solved relay Caused the problem of utilization rate is low, dilatation is indifferent is bound together with the life life firmly of light regulator part, can be significantly reduced Configuration complexity in actual use and use, understand difficulty.
In practical applications, virtual controlling return circuit module can be realized by control logic unit block, itself is according to logic Configure self instigation command signal.Specifically, the control logic unit block of virtual controlling return circuit module is integrated into, can itself root Logical signal is passively excited according to timing logic, scene instruction, sequence instruction etc..Certainly, virtual controlling return circuit module can also connect Receive the control panel in network and call and carry out passive output control signal.According to the passive output control signal of control panel, its quilt Dynamic method of calling can be the network control mode that mechanical switch or bluetooth, wifi etc. can issue an order.
In the specification that this place provides, numerous specific details are set forth.It is to be appreciated, however, that the implementation of the present invention Example can be put into practice in the case of these no details.In some instances, known method, structure is not been shown in detail And technology, so as not to obscure the understanding of this description.
Similarly, it will be appreciated that in order to simplify the disclosure and help to understand one or more of each inventive aspect, Above in the description to the exemplary embodiment of the present invention, each feature of the invention is grouped together into single implementation sometimes In example, figure or descriptions thereof.However, the method for the disclosure should be construed to reflect following intention：I.e. required guarantor The application claims of shield features more more than the feature being expressly recited in each claim.It is more precisely, such as following Claims reflect as, inventive aspect is all features less than single embodiment disclosed above.Therefore, Thus the claims for following embodiment are expressly incorporated in the embodiment, wherein each claim is in itself Separate embodiments all as the present invention.
The all parts embodiment of the present invention can be with hardware realization, or to be run on one or more processor Software module realize, or realized with combinations thereof.It will be understood by those of skill in the art that it can use in practice Microprocessor or digital signal processor (DSP) realize that question and answer page relevant issues according to embodiments of the present invention recommend dress The some or all functions of some or all components in putting.The present invention is also implemented as being used to perform described here Method some or all equipment or program of device (for example, computer program and computer program product).This The program of the realization present invention of sample can store on a computer-readable medium, or can have one or more signal Form.Such signal can be downloaded from internet website and obtained, and either be provided or with any other on carrier signal Form provides.
It should be noted that the present invention will be described rather than limits the invention for above-described embodiment, and ability Field technique personnel can design alternative embodiment without departing from the scope of the appended claims.In the claims, Any reference symbol between bracket should not be configured to limitations on claims.Word "comprising" does not exclude the presence of not Element or step listed in the claims.Word "a" or "an" before element does not exclude the presence of multiple such Element.The present invention can be by means of including the hardware of some different elements and being come by means of properly programmed computer real It is existing.In if the unit claim of equipment for drying is listed, several in these devices can be by same hardware branch To embody.The use of word first, second, and third does not indicate that any order.These words can be explained and run after fame Claim.
So far, although those skilled in the art will appreciate that detailed herein have shown and described multiple showing for the present invention Example property embodiment, still, without departing from the spirit and scope of the present invention, still can according to the present invention disclosure it is direct Determine or derive many other variations or modifications for meeting the principle of the invention.Therefore, the scope of the present invention is understood that and recognizes It is set to and covers other all these variations or modifications.

Claims (18)

1. a kind of light modulation output method of light adjusting controller, light adjusting controller includes the relay of at least one control light source switch OnOff and it is at least one control light modulation output light regulator part Level, the light adjusting controller by it includes relay Control light source switch, by it includes light regulator part to light source carry out intensity adjustment, it is characterised in that the method bag Include：
For the light adjusting controller, virtual controlling return circuit module is set, wherein, the virtual controlling return circuit module includes and relay The corresponding relay switch dummy unit of device, and/or, light modulation output control unit corresponding with light regulator part；
Determine to close on the matching between the relay and the light regulator part in the light adjusting controller according to lighting demand At least one allocation plan of system；
Corresponding virtual controlling return circuit module is respectively started for each allocation plan as follows：In the virtual of this allocation plan Corresponding relay is selected in control loop module for relay switch dummy unit, and it is virtually single by relay switch Member is controlled operation to the relay of selection, and, it is light modulation output in the virtual controlling return circuit module of this allocation plan Control unit selects corresponding light regulator part, and the light regulator part by the light modulation output control unit to selection Operation is controlled, to control the output of the light source.
2. according to the method described in claim 1, it is characterized in that, correspondence is respectively started for each allocation plan as follows Virtual controlling return circuit module, including：
When is relay is used alone in the allocation plan, start for the allocation plan only including relay switch dummy unit Virtual controlling return circuit module；
When is light regulator part is used alone in the allocation plan, starting for the allocation plan only includes light modulation output control unit Virtual controlling return circuit module；
When the allocation plan is applied in combination for relay and light regulator part, start for the allocation plan includes relay at the same time Switch dummy unit and dim the virtual controlling return circuit module of output control unit.
3. according to the method described in claim 2, it is characterized in that, the allocation plan combines for relay and light regulator part In use, there are binding action relationships in relay switch dummy unit and light modulation output control unit between the two.
4. according to the method described in claim 3, it is characterized in that, the relay switch dummy unit and light modulation output control The binding action relationships of unit between the two include：
When the relay switch dummy unit control relay is turned on and off, the light modulation output control unit controls its right The intensity of light source is adjusted to predetermined strength by the light regulator part answered；Or
When the light modulation output control unit controls its corresponding light regulator part light source is adjusted to by force to predetermined strength, it is described after Electric switch dummy unit control relay is automatically turned on or closed.
5. according to the method described in claim 2, it is characterized in that, the light adjusting controller includes multiple relays and/or more During a light regulator part, if determining multiple allocation plans that any device is used alone, and multiple groups according to lighting demand The allocation plan using both is closed, the method further includes：
Independent virtual controlling return circuit module is configured for the device of each exclusive use；And
The virtual controlling return circuit module used can be combined for other device configurations being applied in combination；
It is independent mutually between each virtual controlling return circuit module.
6. according to claim 1-5 any one of them methods, it is characterised in that when any virtual controlling return circuit module, this makes At the end of, relay switch dummy unit therein and light modulation output control unit are distinguished into corresponding hardware and disconnected Connection, so that configuration next time uses.
7. according to claim 1-5 any one of them methods, it is characterised in that described when the lighting demand is adjusted Method further includes：
New allocation plan is determined according to the lighting demand after adjustment；
Further, established virtual controlling return circuit module is adjusted according to new allocation plan.
8. the method according to the description of claim 7 is characterized in that the basis it is new allocation plan adjustment it is established virtual Control loop module, including：
If new allocation plan is reduced relative to original allocation plan, directly release reduces the corresponding virtual controlling circuit in part Module；
If new allocation plan increases relative to original allocation plan, increase new virtual controlling circuit mould for newly-increased part Block；
If new allocation plan is to have done project setting relative to original allocation plan, existing void is changed according to Adjusted Option Intend the connection relation between control loop module and hardware device.
9. a kind of light adjusting controller, including the relay OnOff of at least one control light source switch and at least one control light modulation The light regulator part Level of output, the light adjusting controller by it includes relay control light source switch, pass through its bag The light regulator part contained carries out intensity adjustment to light source, it is characterised in that the light adjusting controller further includes：
Virtual controlling return circuit module, is arranged at the light adjusting controller, wherein, the virtual controlling return circuit module includes and relay The corresponding relay switch dummy unit of device, and/or, light modulation output control unit corresponding with light regulator part；
Determining module, suitable for being determined according to lighting demand in the light adjusting controller on the relay and the light regulator At least one allocation plan of matching relationship between part；
The virtual controlling return circuit module is further adapted for corresponding virtual controlling is respectively started for each allocation plan as follows Return circuit module：In the virtual controlling return circuit module of this allocation plan for relay switch dummy unit selection it is corresponding after Electric appliance, and operation is controlled to the relay of selection by relay switch dummy unit, and, in this allocation plan Corresponding light regulator part is selected for light modulation output control unit in virtual controlling return circuit module, and it is defeated by the light modulation Go out control unit and operation is controlled to the light regulator part of selection, to control the output of the light source.
10. light adjusting controller according to claim 9, it is characterised in that the virtual controlling return circuit module is further adapted for：
When is relay is used alone in the allocation plan, start for the allocation plan only including relay switch dummy unit Virtual controlling return circuit module；
When is light regulator part is used alone in the allocation plan, starting for the allocation plan only includes light modulation output control unit Virtual controlling return circuit module；
When the allocation plan is applied in combination for relay and light regulator part, start for the allocation plan includes relay at the same time Switch dummy unit and dim the virtual controlling return circuit module of output control unit.
11. light adjusting controller according to claim 10, it is characterised in that the allocation plan is adjusted for relay and light Combination of devices in use, there are binding action relationships in relay switch dummy unit and light modulation output control unit between the two.
12. light adjusting controller according to claim 11, it is characterised in that the relay switch dummy unit and light modulation The binding action relationships of output control unit between the two include：
When the relay switch dummy unit control relay is turned on and off, the light modulation output control unit controls its right The intensity of light source is adjusted to predetermined strength by the light regulator part answered；Or
When the light modulation output control unit controls its corresponding light regulator part light source is adjusted to by force to predetermined strength, it is described after Electric switch dummy unit control relay is automatically turned on or closed.
13. light adjusting controller according to claim 10, it is characterised in that the light adjusting controller includes multiple relays And/or during multiple light regulator parts, if multiple allocation plans that any devices are used alone are determined according to lighting demand, and It is multiple both are applied in combination allocation plan when,
The light adjusting controller further includes：Independent virtual controlling return circuit module is configured for the device of each exclusive use；And The virtual controlling return circuit module used can be combined for other device configurations being applied in combination；Between each virtual controlling return circuit module mutually It is mutually independent.
14. according to claim 9-13 any one of them light adjusting controllers, it is characterised in that when any virtual controlling circuit mould It is at the end of this use of block, relay switch dummy unit therein and light modulation output control unit difference is corresponding Hardware disconnects, so that configuration next time uses.
15. according to claim 9-13 any one of them light adjusting controllers, it is characterised in that when the lighting demand is adjusted When, the light adjusting controller further includes：
New allocation plan is determined according to the lighting demand after adjustment, it is further, established according to new allocation plan adjustment Virtual controlling return circuit module.
16. light adjusting controller according to claim 15, it is characterised in that the light adjusting controller further includes：
If new allocation plan is reduced relative to original allocation plan, directly release reduces the corresponding virtual controlling circuit in part Module；
If new allocation plan increases relative to original allocation plan, increase new virtual controlling circuit mould for newly-increased part Block；
If new allocation plan is to have done project setting relative to original allocation plan, existing void is changed according to Adjusted Option Intend the connection relation between control loop module and hardware device.
17. a kind of electronic equipment, including：
Processor；And
The memory of storage computer executable instructions is arranged to, the executable instruction makes the processor when executed Perform the light modulation output method of the light adjusting controller according to any one of claim 1-8.
18. a kind of computer-readable recording medium, wherein, the computer-readable recording medium storage one or more program, One or more of programs by the electronic equipment including multiple application programs when being performed so that the electronic equipment performs root According to the light modulation output method of the light adjusting controller any one of claim 1-8.
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